International Clinical Trial Uses Iron Chelation Drug to Treat Rare, Devastating Neurodegenerative Disease in Children

Posted: Published on January 17th, 2013

This post was added by Dr Simmons

Childrens Hospital & Research Center Oaklands promising pilot study of deferiprone for the treatment of the neurodegenerative disorder, PKAN, leads to an international trial with potential implications for Parkinsons and other neurodegenerative diseases.

Newswise January 16, 2013, Oakland, Calif. A groundbreaking, international clinical trial of an iron chelation drug, deferiprone, to treat the rare and devastating neurodegenerative disease, pantothenate kinase-associated neurodegeneration (PKAN), began last month at the trials only North American site, Childrens Hospital & Research Center Oakland. Childrens Oakland is one of six clinical centers participating in an international consortium called Treat Iron-Related Childhood-Onset Neurodegeneration (TIRCON). The international consortium is studying the effect of deferiprone on patients with this rare, inherited nervous system disorder characterized by iron build-up in the brain and progressive difficulty with movement, speech and vision, which eventually proves fatal in children and teens.

Elliott Vichinsky, MD, Childrens Oaklands Director of Hematology/Oncology and an expert in iron disorders, obtained FDA Investigational New Drug (IND) approval for pilot treatment of PKAN patients with deferiprone, the only oral iron chelator that crosses the blood-brain barrier. In 2007, Dr. Vichinskys patient, Brent, then 13, was one of the first patients to receive deferiprone for PKAN. News of Brents and others success with the drug spread throughout the tight-knit global PKAN community and Dr. Vichinskys team has been fielding phone calls from eager parents hoping to get their children on a clinical trial of the drug.

Dr. Vichinsky, the trials Principal Investigator, has been trying to secure funding for a clinical trial of deferiprone for PKAN for the last three years. Dr. Vichinsky and international neurodegeneration with brain iron accumulation (NBIA) leaders Susan Hayflick, MD, and Penny Hogarth, MD, at Oregon Health & Science University, and Professor Thomas Klopstock, MD, at Klinikum der Universitat Munchen in Germany, were able to initiate the TIRCON study, a phase III international trial designed to obtain FDA approval.

The funding finally came in early 2012 when TIRCON was awarded a 5.2 million (approximately $6,692,240) research grant by the European Unions (EU) European Commission. In September 2012, the FDA awarded Childrens Oakland another $1.59+ million to fund the study. ApoPharma, the Toronto-based pharmaceutical company that produces deferiprone, joined this international effort and is helping support the clinical trial.

Each of the 130 patients enrolled in the study will participate in the double-blind, placebo-controlled trial for 18 months. Childrens Oakland is the only site outside of Europe and will enroll the largest cohort of 40 patients.

Families with children affected by NBIA have been an inspiration to me. This study offers hope and the potential to decrease their suffering, said Dr. Vichinsky.

Neurodegeneration with Brain Iron Accumulation (NBIA) is a hereditary disease characterized by brain iron accumulation in the basal ganglia causing progressive dystonia, spasticity, and early death. There is no effective therapy to halt or reverse the disease. Pantothenate kinase mutation (PKAN), is the most common cause of NBIA. It is a rare disease that only affects an estimated one to three cases per million births; however the implications of this research extend into other neurodegenerative disorders involving brain iron accumulation including Parkinsons disease, Alzheimer's disease, and Friedreich's ataxia.

Childrens Oakland is currently recruiting patients for the clinical trial. Please contact Nancy Sweeters, RN, PNP, (510) 428-3885, ext. 4151 for more information about enrolling in the trial.

Excerpt from:
International Clinical Trial Uses Iron Chelation Drug to Treat Rare, Devastating Neurodegenerative Disease in Children

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